MAT 150 Case 4 Assignment and Template I affirm that this assignment contains all original work. I am familiar with Trident University's Academic Integrity policy located in the Trident Policy Handbook. I affirm that I have not engaged in direct duplication, copy/pasting, sharing assignments, collaboration with others, contract cheating and/or obtaining answers online, paraphrasing, or submitting/facilitating the submission of prior work. Work found to be unoriginal and in violation of this policy is subject to consequences such as a failing grade on the assignment, a failing grade in the course, and/or elevated academic sanctions. My name below affirms that the assignment was completed individually, and all work presented is my own. Name: Date: Instructor: Use this template to insert your answers for the assignment. Please use one of the four methods for showing your work (EE, Math Type, ALT keys, or neatly typed). Remember that your work should be clear and legible. Problems need to include all required steps and answer(s) for full credit. All answers need to be reduced to lowest terms where possible. Simplify each radical expression. 1. 8 x7 Calculations: Answer: _______________ 2. 27 y 6 16 Calculations: H. Fernandez 2014 Answer: _______________ 3. 5 3 x +6 3 x Calculations: Answer: _______________ 4. 7 5 y 9 5 y +f 2 11 x Calculations: Answer: _______________ 5. 4 15 k * 6 5 k Calculations: Answer: _______________ 6. 3 3 * 4 6 ) Calculations: Answer: _______________ H. Fernandez 2014 4 11 x 7. 108+12 3 Calculations: Answer: _______________ 8. ( x +6 )2 Calculations: Answer: _______________ Solve the radical equations. 9. x+7 4 Calculations: Answer: _______________ 10. x3 +5=0 Calculations: H. Fernandez 2014 Answer: _______________ 11. 4 x +1 2=5 Calculations: Answer: _______________ 12. 2 x3 +1=8 Calculations: Answer: _______________ Rationalize the denominator in each radical expression. 13. 12 y 5 3 Calculations: Answer: _______________ H. Fernandez 2014 14. 25 x 4 12 Calculations: Answer: _______________ 15. 54 x 5 8 Calculations: Answer: _______________ H. Fernandez 2014 MAT 150 SLP 4 Assignment and Template I affirm that this assignment contains all original work. I am familiar with Trident University's Academic Integrity policy located in the Trident Policy Handbook. I affirm that I have not engaged in direct duplication, copy/pasting, sharing assignments, collaboration with others, contract cheating and/or obtaining answers online, paraphrasing, or submitting/facilitating the submission of prior work. Work found to be unoriginal and in violation of this policy is subject to consequences such as a failing grade on the assignment, a failing grade in the course, and/or elevated academic sanctions. My name below affirms that the assignment was completed individually, and all work presented is my own. Name: Date: Instructor: Use this template to insert your answers for the assignment. Please use one of the four methods for showing your work (EE, Math Type, ALT keys, or neatly typed). Remember that your work should be clear and legible. Problems need to include all required steps and answer(s) for full credit. All answers need to be reduced to lowest terms where possible. 1. If the area of a circle is 54 in2, find the radius of the circle. Calculations: Answer: _______________ 2. The equation t= 1 h represents the time in seconds it takes for a ball to fall from 2 a given height. If a ball falls from 100 feet, how long will it take to hit the ground? Calculations: Answer: _______________ H. Fernandez 2014 3. Find the perimeter and area of the rectangle. 6 2 8 Calculations: Answer: perimeter = _______________ area = ___________________ 4. Find the area of the triangle. 3 3 2 12 Calculations: Answer: area = _______________ 2 2 2 5. Using the Pythagorean Theorem ( a +b =c ), find the value of the hypotenuse. H. Fernandez 2014 c 2 4 6 5 Calculations: Answer: _______________ 6. A 12-foot ladder is leaned diagonally against a wall. If the base of the ladder is 4 feet from the wall, how high is the wall from the base to the top of the ladder? Calculations: Answer: _______________ H. Fernandez 2014 MAT 150 SLP 4 Assignment and Template I affirm that this assignment contains all original work. I am familiar with Trident University's Academic Integrity policy located in the Trident Policy Handbook. I affirm that I have not engaged in direct duplication, copy/pasting, sharing assignments, collaboration with others, contract cheating and/or obtaining answers online, paraphrasing, or submitting/facilitating the submission of prior work. Work found to be unoriginal and in violation of this policy is subject to consequences such as a failing grade on the assignment, a failing grade in the course, and/or elevated academic sanctions. My name below affirms that the assignment was completed individually, and all work presented is my own. Name: Date: Instructor: Use this template to insert your answers for the assignment. Please use one of the four methods for showing your work (EE, Math Type, ALT keys, or neatly typed). Remember that your work should be clear and legible. Problems need to include all required steps and answer(s) for full credit. All answers need to be reduced to lowest terms where possible. 1. If the area of a circle is 54 in2, find the radius of the circle. Calculations: Answer: _______________ 2. The equation t= 1 h represents the time in seconds it takes for a ball to fall from 2 a given height. If a ball falls from 100 feet, how long will it take to hit the ground? Calculations: Answer: _______________ H. Fernandez 2014 3. Find the perimeter and area of the rectangle. 6 2 8 Calculations: Answer: perimeter = _______________ area = ___________________ 4. Find the area of the triangle. 3 3 2 12 Calculations: Answer: area = _______________ 2 2 2 5. Using the Pythagorean Theorem ( a +b =c ), find the value of the hypotenuse. H. Fernandez 2014 c 2 4 6 5 Calculations: Answer: _______________ 6. A 12-foot ladder is leaned diagonally against a wall. If the base of the ladder is 4 feet from the wall, how high is the wall from the base to the top of the ladder? Calculations: Answer: _______________ H. Fernandez 2014